Reliability that Starts from the Source Code Level

Why is code reliability important for embedded systems?

Reliable code gives you confidence that the given code will run as expected under certain conditions for a given period of time. It ensures that your code is robust and that the final product can perform as intended without disturbance from memory safety bugs or runtime errors.

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Deliver Affordable and Dependable Systems

The real cost comes from not protecting your software from: - Financial Losses: Costly recalls, downtime, and reputational damage. - Security Breaches: Exploitable vulnerabilities leading to data breaches and cyberattacks. - Safety Hazards: Critical system failures endangering lives in safety-critical industries. - Development Delays: Costly rework and missed deadlines due to undetected bugs.

Use automated tools and services to supercharge your tests

TrustInSoft Analyzer: Our cutting-edge hybrid analysis tool automatically detects critical defects in C/C++ code, including memory errors, data races, and security vulnerabilities, before they impact your users. Proactive Defect Detection: Identify and eliminate bugs early in the development lifecycle, preventing costly downstream issues. Comprehensive Analysis: Cover all execution paths and uncover subtle errors that traditional testing methods miss. Formal Verification: For the most critical components, our formal verification services provide mathematical proof of code correctness, guaranteeing the absence of specific types of errors. Unwavering Reliability: Ensure predictable and dependable system behavior in all conditions. Compliance with Strict Standards: Meet the rigorous requirements of safety-critical industries.

Secure your TEEs (Trusted Execution Environments)

Our deep code analysis detects vulnerabilities within TEE firmware, preventing exploits that compromise secure enclaves. Verify critical code with formal proofs, ensuring your TEEs maintain integrity and protect sensitive data.

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How does TrustInSoft ensure the reliability of its analysis results, especially in complex codebases?

TrustInSoft employs formal methods, particularly abstract interpretation, which provides mathematical guarantees about code behavior. This approach analyzes all possible execution paths, unlike traditional testing that covers only a subset. This exhaustive analysis ensures the reliability of results even in complex codebases, minimizing false positives and negatives.

How does TrustInSoft contribute to the reliability of safety-critical systems, where failures can have severe consequences?

TrustInSoft provides mathematical guarantees about the absence of critical errors, which is essential for safety-critical systems. Its analysis reports provide evidence of code safety, supporting certification processes required by safety standards.

Can TrustInSoft guarantee software reliability for safety-critical applications like automotive or aerospace?

Yes, TrustInSoft provides mathematical proofs of code correctness, crucial for achieving safety-critical software reliability and compliance with standards like ISO 26262 and DO-178C.

How does TrustInSoft contribute to long-term software reliability by reducing technical debt?

By identifying and eliminating foundational vulnerabilities in embedded code, TrustInSoft minimizes technical debt, ensuring long-term software reliability and easier maintenance.